With synergies among multiple energy sectors, integrated energy systems (IESs) have been
recognized lately as an effective approach to accommodate large-scale renewables and …

Over the past decade, energy systems for the combined management of power vectors have
been attracted the attention of the scientific community. Most of the published works aim at …

With the widespread adoption of combined heat and power and power-to-heat technologies,
multi-energy microgrids (MEMGs) have been garnering significant research attention from …

Extreme events like floods, tsunamis, hurricanes, etc., can threaten the normal operation of
district power and thermal networks in multi-energy distribution systems (MDSs). Exploiting …

This article proposes a distributed multi-period multi-energy operational model for the multi-
carrier energy system. In this model, energy hubs function as distributed decision-makers …

The resilience management of energy and power systems is of utmost importance in
mitigating the impact of extreme events, which have resulted in devastating disasters and …

Cross-regional energy sharing is a promising way to alleviate the imbalance in energy
distribution. However, there is a risk that the uncertain fluctuations of intermittent renewable …

The use of wind power is often restricted by the strong interdependence between the
electricity generation and thermal energy generation of combined heat and power units …

This paper focuses on the optimal operation of the integrated gas and electrical power
system with bidirectional energy conversion. Considering the different response times of the …

The optimal scheduling of park-level integrated energy system can improve the efficiency of
energy utilization and promote the consumption level of renewable energy. However, the …